There is an increasing demand to incorporate hybrid environments as part of workflows across edge, cloud, and HPC systems. In a such converging environment of cloud and HPC, containers are starting to play a more prominent role, bringing their networking infrastructure along with them. However, the current body of work shows that container overlay networks, which are often used to connect containers across physical hosts, are ill-suited for the HPC environment. They tend to impose significant overhead and noise, resulting in degraded performance and disturbance to co-processes on the same host. This paper focuses on utilizing a novel class of hardware, Data Processing Unit, to offload the networking stack of overlay networks away from the host onto the DPU. We intend to show that such ancillary offload is possible and that it will result in decreased overhead on host nodes which in turn will improve the performance of running processes.
翻译:将混合环境作为横跨边缘、云层和高聚苯乙烯系统工作流程的一部分的需求日益增长。在云层和高聚苯乙烯的这种趋同环境中,集装箱开始发挥更加突出的作用,使它们的网络基础设施与它们一起连接。然而,目前的工作量表明,通常用于将集装箱连接到各实际主机的集装箱连接起来的集装箱重叠网络不适合高聚苯乙烯环境,它们往往造成大量的间接费用和噪音,导致同一主机的共同处理过程的性能退化和干扰。本文的重点是利用新型的硬件,即数据处理股,从主机的网络连接堆卸载到DPU。我们打算表明,这种辅助卸载是可能的,它将导致东道主节点的间接费用减少,这反过来将改善运行过程的性能。